2025年梅江区高 素质农民培育培 训班圆满收官_ 南方+_南方plus 近日，由梅江区 农业农村局主 办、广东智联融 通网络有限公司 承办的"2025年 梅江区高素质农 民（新产业新业 态带头人培育- 休闲农业专题） 培育培训班"在 圆满完成全部教 学任务后顺利落 下帷幕。本次为 期七天的培训， 通过系统化的理 论授课与沉浸式 的实践教学，成 功为全区47名农 业经营者与带头 人"充电赋能" ， 为梅江区乡村振 兴事业锻造了一 支富有活力的骨 干力量。 本次培训课程设 置科学精准、内 容丰富多彩。在 理论层面，特邀 中共梅州五华县 委党校副校长、 高级讲师张志强 为学员深入解读 了中国特色社会 主义思想与社会 主义核心价值 观，筑牢了学员 们的思想根基； 仲恺农业工程学 院管理学院副教 授、博士齐力则 带来了《乡村治 理》与《乡村振 兴战略下的休闲 农业：新定位、 新价值与新使 命》等前沿课 程，提升了学员 的理论深度与战 略视野。 此外，农业品牌 实战专家李恩伟 讲授的《"农文 旅"融合：做好 产品品牌和个人 IP，构建自产自 销闭环体系》课 程，为学员们如 何打造产品品 牌、构建个人 IP、形成自产自 ...

Group 1: Technology Engine - The core driving forces of industry upgrades are artificial intelligence, big data, and cloud computing, which are penetrating various sectors from smart manufacturing to public services [2] - There is a growing demand for high-end digital technology talent, particularly in fields such as AI, computer science, data science, cybersecurity, and IoT [2] Group 2: New Energy and Low-Carbon Environmental Protection - The "dual carbon" goals (peak carbon emissions by 2030 and carbon neutrality by 2060) are reshaping China's energy structure and industrial logic [3] - The transition to new energy sources, low-carbon technology development, and circular economy are becoming inevitable trends, supported by strong policies and expanding market demand [3] - Employment opportunities are emerging across energy production, engineering construction, and environmental governance [3] Group 3: Biomedicine and Health Sciences - The "Healthy China 2030" strategy is driving rapid development in fields such as precision medicine, genetic technology, and biopharmaceuticals [5] - Professionals with both research capabilities and practical experience will be the core competitive force in the healthcare industry [5] - Recommended fields include biomedical engineering, biotechnology, public health, and health management [5] Group 4: Intelligent Manufacturing and Industrial Internet - The essence of Industry 4.0 is to inject "soul" into manufacturing, leading to the inevitable transformation towards intelligent and digital manufacturing [6] - There is a significant talent gap in fields such as intelligent manufacturing engineering, industrial engineering, and robotics [6] Group 5: Modern Agriculture and Smart Agriculture - The rural revitalization strategy is promoting the transition from traditional agriculture to smart production [8] - Areas such as agricultural information technology and rural e-commerce present substantial potential for graduates [8] - Recommended fields include smart agriculture, agricultural information technology, and agricultural economics [8] Group 6: Cross-Disciplinary and Composite Professions - The future demand is for "bridge-type" talents who can integrate technology with industry, rather than single-domain experts [9] - Emerging interdisciplinary fields include AI in medicine, new energy materials, fintech, and pollution control technology [9] Group 7: Practical Tips for Choosing Schools and Majors - Interest is highlighted as the best teacher, emphasizing the importance of choosing fields that are not only promising but also enjoyable [11] - Mastery of foundational subjects like mathematics and physics is crucial for future adaptability in various popular majors [11] - Attention should be given to universities with unique disciplines, especially non-elite institutions in specific niches that offer high-quality employment resources [11]

Core Insights - The 26th China Central (Hunan) Agricultural Expo was held from November 14 to 17, showcasing over 3,500 enterprises from 17 provinces and regions in China and more than ten countries, emphasizing the theme of "Technology Leading, Brand Empowerment, and Supporting Rural Revitalization" [1][2] Group 1: Exhibition Highlights - The expo featured a diverse range of agricultural products, including Tianjin's "Imperial Tribute Rice," Jilin's ginseng, and Xinjiang's melons and grapes, demonstrating the rich variety of local and international agricultural goods [2][3] - Hunan's agricultural products, such as "Dongting Fragrant Rice" and "Hunan Tea Oil," were prominently displayed, showcasing the province's branding efforts and the success of geographical indication products [2][3] Group 2: International Participation - The expo included international products from countries like Laos, South Africa, and Thailand, enhancing global agricultural exchanges and showcasing South Africa as the guest country with its unique products [3] Group 3: Technological Advancements - Hunan's agricultural sector is highlighted for its advancements in smart agriculture, with companies like Zhonglian Smart Agriculture showcasing their integrated data collection and decision-making systems for crop management [4][6] - The province has made significant strides in seed industry innovation, producing 30% of the country's hybrid rice seeds and fostering leading enterprises in the sector [5][6] Group 4: Economic Impact - The expo facilitated substantial economic activity, with 28 projects signed worth approximately 10 billion yuan, and total sales exceeding 600 million yuan during the event [7][8] - The event has evolved from a simple product exhibition to a comprehensive platform for brand display, technology exchange, trade negotiation, and investment attraction, contributing to rural revitalization [8][9] Group 5: Future Developments - The expo aims to create a modern agricultural service ecosystem by integrating exhibition, circulation, data, and finance, positioning itself as a continuous empowering hub for the agricultural industry [8][9]

本报讯 （记者矫月）近日，纳斯达克上市公司PinnacleFoodGroup（PFAI）研发的新产品—功能植物智 慧培养模块，正式从中国启运，首批将发往新西兰与加拿大。这标志着PinnacleFood智慧农业技术与中 国供应链制造能力的深度结合，推动公司以更高效率、更高标准面向全球市场提供服务。 总部位于温哥华的加拿大"智慧农业+生物工程"技术公司，PFAI专注于智慧水培与垂直农业系统的研发 与应用，重点面向特种功能植物的筛选、栽培，并以FaaS服务（FarmingasaService）为核心，为全球客 户提供集成化的智慧农业解决方案，推动农业生产向数据化、标准化和高附加值方向发展。 作为为新西兰客户提供FaaS服务的重要环节，首批培养模块的交付和投入运营，将帮助新西兰客户精准 管理栽培环境条件，实现稳定的可追溯、高标准功能植物原料产出。未来，PinnacleFood也将持续优化 技术与全球供应链及服务网络，以满足生物原料市场对高品质、标准化与稳定供给的需求。 此次新产品交付的另一大亮点，是其全球化的研发与生产体系。在加拿大完成设计开发，在中国完成生 产与测试的全部环节，短短数月，从设计到出货的高效衔接，充分 ...

Core Insights - The collaboration between Yuzhinong and Inner Mongolia Bazhua Intelligent Technology Co., Ltd. marks a significant step in the field of smart agriculture, aiming to leverage cutting-edge technology to transform traditional production models and modernize agriculture [1][2]. Group 1: Partnership Overview - The partnership focuses on integrating "AI" and "low-altitude economy" to empower Yuzhinong's existing agricultural operations strategically [1]. - Both companies possess strong capabilities and complementary advantages, with Yuzhinong being a publicly listed company in Hong Kong with extensive agricultural application scenarios and market resources, while Bazhua Intelligent is a hard-tech company with proprietary technology in autonomous laser weeding [1][2]. Group 2: Key Cooperation Areas - Three core areas of cooperation have been defined: 1. Establishing demonstration parks to set industry benchmarks, with Bazhua's autonomous laser weeding robots being deployed in Yuzhinong's high-standard farmland and vegetable bases [2]. 2. Jointly forming a "Smart Agriculture AI Algorithm Joint Laboratory" to tackle challenges in agricultural visual models in complex field environments [2]. 3. Co-creating data assets from agricultural data generated during the collaboration, which will be jointly owned and viewed as strategic resources for future data markets [2]. Group 3: Technological Strengths - Bazhua Intelligent boasts a high R&D team ratio of 70.6% and has applied for 33 patents, with 100% of its core intellectual property being independently developed [4]. - The company's flagship product, the high-performance autonomous laser weeding robot, achieves weeding efficiency 40 times that of manual labor, with a weeding accuracy rate exceeding 95% and a crop damage rate below 5% [2][4]. Group 4: Industry Impact - This strategic partnership is seen as a deep integration of capital markets and hard technology in agriculture, responding to national strategies for agricultural transformation through "AI + low-altitude economy" [4]. - The collaboration aims to address rural labor shortages, ensure food security, and promote sustainable agricultural development, providing replicable and scalable modern solutions for agricultural modernization in China and globally [4].

Core Insights - The collaboration between Congyu Zhino and Inner Mongolia Banzhua Intelligent Technology Co., Ltd. marks a significant step in the field of smart agriculture, aiming to leverage cutting-edge technology to transform traditional production models and promote agricultural modernization [1][4] Group 1: Partnership Overview - The partnership involves a strategic framework agreement focused on integrating "AI + low-altitude economy" to empower agricultural technology platforms [1] - Congyu Zhino is a publicly listed company with extensive agricultural application scenarios and market resources in mainland China, while Banzhua Intelligent is a hard-tech company specializing in autonomous laser weeding technology [1][2] Group 2: Key Cooperation Areas - Three core areas of cooperation have been defined: 1. Establishing demonstration parks to set industry benchmarks, with Banzhua's autonomous laser weeding robots being deployed in high-standard farmland and vegetable bases [2] 2. Jointly forming a "Smart Agriculture AI Algorithm Joint Laboratory" to tackle challenges in agricultural visual models [2] 3. Co-creating data assets from agricultural data generated during the collaboration, which will be jointly owned and considered core strategic resources for future data markets [2] Group 3: Technological Strengths - Banzhua Intelligent boasts a high R&D team ratio of 70.6% and has applied for 33 patents, with 100% of its core intellectual property developed in-house [4] - The company's flagship product, the autonomous laser weeding robot, achieves weeding efficiency 40 times that of manual labor, with a weed removal rate exceeding 95% and a crop damage rate below 5% [2][4] Group 4: Industry Impact - This collaboration represents a deep integration of capital markets and hard technology in agriculture, responding to national strategies for agricultural transformation [4] - The partnership is expected to address rural labor shortages, ensure food security, and promote sustainable agricultural development, providing replicable and scalable modern solutions for agricultural modernization in China and globally [4]

Core Insights - The Qinglv Smart Agricultural Project in Jiepai Town, Danyang City has transitioned from construction to operation, showcasing a modern agricultural model that utilizes technology for efficient farming [1][2] - The project, covering approximately 1000 acres with a total investment of 33 million yuan, aims to achieve full-process intelligence in farming, integrating cloud computing and big data [2][3] Group 1: Project Overview - The Qinglv Smart Agricultural Project is designed to create a modern digital agricultural industrial park focused on rice, wheat, and oil production [2] - The core hardware facilities have been completed, and the smart agricultural platform is operational, enabling efficient management of agricultural activities [2][3] Group 2: Technological Integration - The project employs a network of sensors, cameras, and IoT devices to collect critical data on soil, climate, and pests, facilitating real-time monitoring and management [2][3] - The shift from traditional observation methods to data-driven approaches enhances decision-making and operational efficiency in agricultural practices [3] Group 3: Future Implications - The project aims to serve as a demonstration site, with plans to extend its benefits to approximately 6000 acres of farmland in the surrounding area [3] - The initiative is positioned as a key driver for regional agricultural modernization, promoting smart, digital, and precise farming practices among local farmers [3]

Group 1 - The event serves as a vivid demonstration of the "collaborative prosperity" of the Yangtze River Delta integration [1][4] - The marathon route connects agricultural innovation landmarks, showcasing regional cooperation and the growth of new agricultural productivity [4] - The establishment of companies like Mu Jing Ecological Technology and Hou Ji Intelligent Technology highlights the resource complementarity in the Yangtze River Delta [4][8] Group 2 - Mu Jing Ecological Technology, founded in 2021, has developed a significant cultivation base in Pinghu, providing ecological restoration solutions for aquatic environments [4][13] - Hou Ji Intelligent Technology, a subsidiary of BOE, focuses on digital agriculture, offering system development and solutions that enhance productivity by over 20% and reduce labor costs by 30% [8] - The strawberry cultivation by Jiaxing Jiamei Agricultural Technology utilizes hanging cultivation technology, achieving double the density of traditional methods and a survival rate of over 95% for seedlings [12] Group 3 - The agricultural economic development zone in Pinghu is projected to achieve a GDP of 2.522 billion yuan in 2024, with an agricultural value-added growth rate of 4.5% [13] - The integration of technology, talent, and market resources from Shanghai with the agricultural foundation in Pinghu exemplifies a clear cross-regional cooperation logic [12]

Core Points - The 2025 Shanghai Cooperation Organization (SCO) Youth Exchange Camp focuses on enhancing digital skills among youth from SCO member countries, aiming to create new development momentum for the organization [7][10] - The event includes visits to various technological and cultural sites in China, showcasing advancements in automation, AI, and cultural heritage [8][9] Group 1: Technological Advancements - Youth representatives witnessed impressive technological achievements in high-tech enterprises, such as fully automated container terminals and AI applications in daily life [8] - The integration of AI and automation across industries was highlighted, with examples from companies like iFlytek, which applies AI in education, healthcare, and urban development [8][9] Group 2: Cultural Exchange - The event facilitated cultural understanding through activities that showcased traditional Chinese arts and crafts, fostering connections among youth from different countries [8][9] - Music and cultural performances served as a bridge for communication, emphasizing the importance of cultural exchange in building international relationships [9] Group 3: Youth Collaboration and Entrepreneurship - The SCO Youth Development Forum featured discussions on sustainable development and the importance of cross-border digital skills training to address global challenges [9][10] - Youth representatives expressed the need for collaboration and shared resources to enhance entrepreneurial efforts, viewing the SCO as a platform for innovation and growth [11][12] Group 4: Future Cooperation - The exchange camp is seen as a seed for future friendships and development, with participants optimistic about the potential for cooperation among SCO countries [12] - Discussions included the importance of leveraging unique cultural and developmental strengths of each member country to foster a collaborative environment [12]

Core Viewpoint - The modernization of agriculture is driven by technological advancements and brand enhancement, which are essential for the transformation and upgrading of the modern agricultural industry chain [1]. Group 1: Agricultural Production Capacity Enhancement - The key to enhancing agricultural production capacity lies in agricultural technology modernization, with global food production increasing by 379% from 1961 to 2023, where yield growth contributed 75% [2]. - In China, the single crop yield for corn and soybeans in 2023 was only 59% and 57% of the levels in the United States, indicating significant room for improvement [2][4]. - The strategy of "storing grain in the land and technology" is crucial for ensuring food security, emphasizing the importance of land protection and quality improvement [2]. Group 2: Agricultural Technology Modernization - Agricultural technology modernization is vital for improving comprehensive agricultural production capacity, with a focus on seed technology and equipment technology [6]. - The 2025 Central Document No. 1 emphasizes the need for collaborative efforts in agricultural technology and the development of new agricultural productivity [6]. - The seed industry is experiencing a revival driven by strengthened intellectual property protection and technological advancements, with R&D investment by leading listed seed companies increasing from 40 million to 980 million yuan from 2010 to 2024 [7]. Group 3: Smart Agriculture - The continuous increase in policy support for smart agriculture is expected to drive long-term industry development, with land transfer areas rising from 450 million mu in 2015 to 590 million mu in 2023 [10]. - The penetration rate of smart agriculture in China is approximately 9%, compared to about 60% in Europe and the U.S., indicating significant future growth potential [10]. - The 2025 Central Document No. 1 and various action plans highlight the importance of smart agriculture in modern agricultural development [10]. Group 4: Intelligent Agricultural Equipment - The trend of urbanization has led to a decrease in agricultural labor supply, with the number of agricultural workers dropping from 330 million in 2005 to 160 million in 2023, resulting in rising labor costs [11]. - Technological advancements in intelligent agricultural equipment have improved efficiency across various agricultural operations, marking a turning point for "machine substitution" in agriculture [11][14]. - The cost of intelligent agricultural equipment is gradually decreasing, enhancing the competitiveness of machine-based operations over manual labor [11]. Group 5: Brand Agriculture - The high-quality development of the agricultural industry chain requires collaboration between upstream and downstream sectors, with a focus on enhancing the quality of agricultural products and processed foods [14]. - The development of brand agriculture is crucial for upgrading the overall value chain of agricultural products, with examples from kitchen foods and tea demonstrating successful practices [14][15]. - The kitchen food sector benefits from order agriculture, which ensures standardized and large-scale supply, while brand positioning enhances product value [15][19]. Group 6: Tea Industry - The tea industry faces challenges due to non-standardization and high trust costs, making brand positioning and channel layout critical for success [19]. - High-end brand positioning can effectively reduce consumer recognition difficulties and enhance brand value [19]. - The evolution of offline channels in the tea industry aims to strengthen customer experience and brand trust through differentiated services [19].